Room automation stations

s 9 203 9203mmP01 Desigo TRA Room automation stations PXC3.E... Modular, programmable room automation stations for HVAC, lighting, and shading. BACnet / IP communications; BACnet profile ASC (BTL label). Optional island bus to connect TX-I/O modules with any data point mix (including bus supply). Optional KNX PL-Link peripheral bus to connect sensors, actors and room units (including bus supply). Optional DALI bus to connect ballasts (including bus supply). Optional Connection of individual devices with KNX S-Mode via KNX PL-Link. Ethernet switch for communication and tool connection. USB Device interface. Operating voltage AC 24 V. Mounting on standard mounting rail. CM1N9203en_04 2015-08-01 Building Technologies

Use Starting with Desigo V5, PXC3 series room automation stations with Total Room Automation applications (TRA) can be used for buildings with more sophisticated requirements on functionality and flexibility. TRA is used when several disciplines (HVAC, lighting, shading) are combined to form one total solution and when total flexibility is required. TRA is perfect for solutions optimizing energy (class A) without loss of comfort. Functions Control of several rooms A PXC3 series room automation station can assume control for multiple rooms. These programmable room automation stations provide the infrastructure to provide and process system- and application-specific functions. Variants Desigo version Product No. Stock No. Function Number of I/O data points KNX PL- Link TX-I/O modules DALI bus V6 V5.1 V5.1SP 2) PXC3.E16A- 100A S55376-C118 PXC3.E72-100A S55376-C130 PXC3.E72A- 100A S55376-C131 PXC3.E75-100A S55376-C132 PXC3.E75A- 100A S55376-C133 PXC3.E72 S55376-C100 PXC3.E72A S55376-C101 PXC3.E75 S55376-C102 PXC3.E75A S55376-C103 DALI applications only 64 3) - - - - typically 4 rooms typically 8 room 140 3) max. 64 segments 1) devices typically 4 rooms typically 8 room 140 3) max. 64 segments 1) devices typically 8 rooms typically 16 room 280 3) max. 64 segments 1) devices typically 8 rooms typically 16 room 280 3) max. 64 segments 1) devices typically 4 rooms typically 8 room 140 3) max. 64 segments 2) devices typically 4 rooms typically 8 room 140 3) max. 64 segments 2) devices typically 8 rooms typically 16 room 280 3) max. 64 segments 2) devices typically 8 rooms typically 16 room 280 3) max. 64 segments 2) devices max. 72 physical max. 72 physical max. 200 physical max. 200 physical max. 72 physical max. 72 physical max. 200 physical max. 200 physical max. 64 ballasts 4) - - max. 64 ballasts 4) - - max. 64 ballasts 4) - - max. 64 ballasts 4) - - max. 64 ballasts 4) 1) 2) 3) 4) Architectural building grid (also called room axis). If V6 applications are loaded into a V5.1 device, less rooms are supported, because V6 applications require more memory space. To find out, DCM features the Load calculation tool. Total number of data point used by TX-I/O, KNX PL-Link and DALI. For details see Desigo Technical principles CM110664, chapter 18. Commercially available DALI -ballasts with a DALI address. 2 / 12

Communications The room automation stations have a 2-port Ethernet switch to support for lowcost cabling via line topology. A USB Device port is available for service and commissioning. TX-I/O modules connected directly to the PXC3 allow for direct connection of field devices. This offers maximum flexibility. The KNX PL-Link peripheral bus supports room operator units, sensors, and actuating devices. Selected Siemens field devices to the KNX PL-Link bus (devices with the KNX PL-Link logo) can be connected. The KNX PL-Link bus supports integration of commercially available devices with KNX S-Mode (requires ETS engineering). The DALI bus supports lighting control. Commercially available DALI EBGs (electronic ballasts) can be connected. Equipment combinations TX-I/O, KNX PL-Link DALI Depending on the type, PXC3 series room automation stations can be operated with TX-I/O devices and devices with KNX PL-Link. DALI device type Description Supported 0 Fluorescent Lamps Yes 7 Switching Function Yes 1 Self-contained Emergency Lighting No 3 Low Voltage Halogen Lamps Partly *) 5 Conversion digital into D.C. Voltage Partly *) 4 Incandescent Lamps No 2 HID Discharge Lamps No 6 LED Modules Partly *) 8 Colour Control No 9 Sequencer No 10 Optical Control No *) Partly supported means that basic functions are supported like with type 0, but no further type specific functions. 3 / 12

Mechanical design The compact build allows for mounting the devices on a standard mounting rail. 6 5 4 3 12 12 8 13 9 10 11 7 2 1 1 Plastic housing 2 Island bus plug connection 3 T 10 A fuse for AC 24 V peripheral supply via island bus 4 Plug-in terminal block (operating voltage) 5 Plug-in terminal block KNX PL-Link 6 2-port Ethernet switch (with 2 LEDs per port for display purposes) 7 DALI bus 8 LED display for device and system status 9 USB Device interface 10 Service pin 11 Service pin DALI 12 Slider for mounting on DIN rail 13 Island bus cover (supplied with the device) 12 Power supply The bus supplies for island bus, KNX PL-Link and DALI are integrated in the room automation station. For better reliability of the room automation station, the bus supplies and the AC 24 V outlets are independent from the room automations station's own supply. V6: The bus supplies are switched on by default and can be swiched off via tool if not needed. V5.1: The bus supplies are switched off automatically as long as no device is connected to the respective bus during engineering. V5.1 devices do NOT support the V6 functionality of field bus supply management. KNX PL-Link supply The internal KNX PL-Link supply must not be operated in parallel with an external supply. It must be switched off via tool when using an external supply. This is typically the case if the devices connected to the KNX PL-Link consume more than the 160 ma available from the internal supply. 4 / 12

Island bus supply The internal bus supplies can be reinforced by external power supply modules. An additional TXS1.12F10 supply module must be switched on and off at the same time as the room automation station. Otherwise, DC 24 V island bus supply may sag, resulting in alarms. LED indicators (depending on the type) LED Color Activity Function RUN Green Continuously ON Device ready to operate. Continuously OFF No supply for device. Flashing Start-up or program halted 2) RUN FLT IB PL DALI SRV 1) 1) Service pin 2) Service pin DALI 8 7 6 5 4 3 2 1 9270Z05 9203z02 FLT Red Continuously OFF Continuously ON Rapid flashing IB Yellow Continuously ON Flashing Continuously OFF PL Yellow Continuously ON Flashing Continuously OFF DALI Yellow Continuously ON Flashing Continuously OFF SVC Red Continuously OFF Blinking Blinking per wink command*) Ethernet 1 / 2 Green Yellow Continuously ON Continuously OFF Flashing Continuously ON Continuously OFF OK HW or SW error. Wrong or corrupted application. OK. Island bus communication. No modules connected TX-I/O modules not configured or communication fault. OK. KNX PL-Link communication. KNX PL-Link not used or communication fault. OK DALI bus communication DALI not used or communication fault. OK. No application loaded. Physical identification of the room automation station. Link active Link inactive Network activity Link 100 Mbps Link 10 Mbps *) Wink command pattern: 21s 5 Hz 5 Hz 9222z02 2s 1s 2s 1s Service pins Pin Action Description (depending on the type) 1) Short press Ethernet Physical identification of the room automation station in the network. 2) Short press DALI test: All ballasts On or Off. Long press DALI test: Start / stop the following function: "All ballasts blink (2 s On, 2 s Off)". Product documentation Engineering and commissioning: See ABT online help. Installation manual Desigo TRA, CM111043. TX-I/O planning and installation manual, CM110562. Application Guide for IP Networks in Building Automation Systems, CM110668. Desigo Technical principles CM110664, chapters 18 and 26. 5 / 12

Engineering Caution! Each device has a unique serial number for commissioning support. It is also located on the removable barcode label: See the ABT online help for the associated workflow. Each device has a unique MAC address. Each device with KNX PL-Link has a unique KNX ID. Cable length, topology, etc.: See installation manual Desigo TRA, CM111043. The cable insulation must always comply with the present rated voltage. When the supply voltage of the room automation station is transited to external devices, the cable cross section must always correspond to the rated current of the safety circuit breaking device. Observe local regulations in any case. Mounting The room automation stations can be snapped onto a standard mounting rail. The automation station has pluggable screw terminal blocks to connect the AC 24 V supply, the AC 24 V outlets, the KNX PL-Link, and the DALI bus. The TX-I/O modules are snapped onto the mounting rail on the right side of the room automation station. The island bus is created automatically in this process. Mounting position Recommended With restrictions *) Wall, horizontal from left to right Over head. or from right to left On a horizontal surface. Wall, vertical from bottom to top or from top to bottom. Ambient temperature -5...50 C / 23...122 F Ambient temperature -5...45 C / 23...122 F *) *) 50 C / 122 F is admissible if the bus supplies use max. 2/3 of the specified load: KNX PL-Link 105mA, DALI 85mA and island bus 400mA. PXC3.E16A-100A: 50 C / 122 F is admissible without restrictions. Note You must ensure, however, that sufficient ventilation is available to maintain the permissible ambient temperature for the devices (inside the cabinet / installation box). Outside, the temperature must be 10 K lower. Installation See installation manual Desigo TRA, CM111043. STOP Note! Island bus Polarity: If a TXS1.12F10 supply module is connected to output 24 V, do not invert ~ and. The devices are not damaged but island bus communications will not work. Operation If island bus or USB communications do not work, this is an indicator that the AC 24 V operating voltage is incorrectly wired (conductors ~ and inverted). 6 / 12

Technical data Operating voltage (24V~, ) Safety extra-low voltage SELV or protection by extra-low voltage PELV Half-wave load AC 24 V -15 % / +20% 48...63 Hz Symmetric Operating data Processor PXC3.E...-100A (V6) PXC3.E7... (V5.1) Memory PXC3.E...-100A (V6) PXC3.E7... (V5.1) Texas Instruments AM3352, 600 MHz Atmel AT91SAM9G20, 400 MHz 512 MB SDRAM (DDR3) 512 MB NAND Flash 128 MB SDRAM (SDR) 256 MB NAND Flash Power consumption Max. permissible input current AC 24 V (through terminals 5 and 6) Base load (without loading by modules and field devices) Island bus supply *) KNX PL-Link supply *) **) DALI supply *) Total max. 10 A (Ext. fusing compulsory: max. T 10 A melting fuse or max. C 10 A circuit breaker) 8 VA / 0.33 A 30 VA / 1.25 A 12 VA / 0.50 A 9 VA / 0.37 A *) The bus supplies can be switched off via tool if not used. **) The NX PL-Link supply MUST be switched off via tool if an external bus supply is used. Transit power AC 24 V TX-IO (island bus) KNX PL-Link: AC 24V (terminals 3, 4) AC 24 V / 6 A (terminals 7 and 8, for additional AC 24 V consumers) 144 VA / 6 A 48 VA / 2 A 144 VA / 6 A (only if the sum of 10 A at terminals 5 and 6 is not exceeded) Fusing of the supply AC 24 V /2 A (KNX PL-Link, terminals PTC resistor, short-circuit proof outputs for field supply 3 and 4) Caution! AC 24 V (terminals 7 and 8) No internal fusing Island bus conductor V~ T 10A fuse (slow, exchangeable) Response to power / communication failure Energy reserve (supercap) to support real-time clock (3 days). Start-up time after power failure: approx. 90 s Ethernet interface Plug 2 x RJ45, screened Interface type 100BaseTX, IEEE 802.3 compatible Bit rate 10 / 100 Mbps, autosensing Protocol BACnet over UDP/IP USB interface Plug Type B (USB device) Data rate (USB 1.1) 12MBit/s Galvanic isolation of No Protective circuit against surges and over current Yes (balancing currents are limited, also in the GND conductor) 7 / 12

Island bus interface Communications Interface type Siemens specific protocol DC output Nominal voltage DC 24V Max. current 600 ma (sufficient for typically 8 TX-I/O modules) Parallel switchable with 3 supply modules TXS1.12F10 For details, see: TX-I/O planning and installation manual, CM110562) Short-circuit proof, overload-proof Self-resetting Protection Short-circuit proof Island bus connector on side Protection against faulty wiring with AC 24 V No electric protection. Use the terminal cover. KNX PL-Link interface Communications Interface type KNX, galvanically separated Transceiver TP-UART Baud rate 9.6 kbps Bus power supply Nominal voltage DC 29 V Max. supply Note: for devices with higher power requirement, use the output AC 24 V 2 A, see above. Protection 160 ma for max 32 devices with KNX PL-Link. Default: Auto detection; must be turned off via ABT if external bus supply is used. Up to 64 devices with KNX PL-Link can be operated using one or two external bus supplies. Short-circuit proof Protection against miswiring up to AC 24 V DALI interface Communications Interface type DALI, galvanically separated Baud rate 1.2 kbit/s Insulation strength Reinforced insulation for 230 V (1.5 kv) Suitable for installations in overvoltage category III (4 kv). Bus power supply Nominal voltage DC 16 V Max. current 128 ma for max 64 DALI devices Protection Short-circuit proof Upon power-on, AC 230 V bus voltage is recognized on terminals DA+ and DA. NO protection against miswiring with AC 24 V or AC 230 V: Voltage between DA+ / DA+ or between DA / DA will destroy the DALI PCB! Wiring, topology, cable length, cross section See installation manual TRA, CM111043. Connection terminals, plug-in Construction type Copper-wire or Cu-strand with wire end sleeve Copper-strand without wire end sleeve Screwdriver Max. tightening torque Pluggable screw terminals 1 x 0.6 mm dia. to 2.5 mm 2 (22 to 14 AWG) or 2 x 0.6 mm dia. to 1,0 mm 2 (22 to 18 AWG) 1 x 0.6 mm dia. to 2.5 mm 2 (22 to 14 AWG) or 2 x 0.6 mm to 1.5 mm 2 (22 to 16 AWG) Slot screws Screwdriver, size 1 0.6 Nm (0.44 lb-ft) 8 / 12

Assignment as per EN 60730 Housing protection standard Ambient conditions Standards, directives and approvals Operation of automatic controller Degree of pollution Construction type Protection type as per EN 60529 Front parts in the DIN section Terminal part Operation Climatic conditions Temperature (see page 6) Humidity Mechanical conditions Transport Climatic conditions Temperature Humidity Mechanical conditions Product standard Product family standard General requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS) Type 1 2 Protection class III IP30 IP20 As per IEC 60721-3-3 Class 3K5-5... 50 / 45 C (23...122/113 F) 5 95% r.h. Class 3M2 As per IEC 60721-3-2 Class 2K3-25...70 C (-13...158 F) 5 95% r.h. Class 2M2 EN 60730-1 EN 50491-2 EN 50491-3 EN 50491-5 EU conformity (CE) See CM1T9203xx *) Electromagnetic compatibility (EMC) For use in residential, commercial and industrial environments RCM-conformity (EMC) See CM1T9222en_C1 *) UL approbation UL 916 EAC Eurasian conformity For all PXC3.E...-100A types Meets the requirements for eu.bac certification (excepted PXC3.E16A-100A). See product list on: http://www.eubaccert.org/licences-by-criteria.asp License Application Control accuracy [K] 212196 Fan-Coil 4-pipe Heating / Cooling 0.3 / 0.1 Environmental compatibility The product environmental declaration CM1E9203 *) contains data on environmentally compatible product design and assessments (RoHS compliance, materials composition, packaging, environmental benefit, disposal) ISO 14001 (Environment) ISO 9001 (Quality) *) The documents can be downloaded from http://siemens.com/bt/download. Color Housing RAL 7035 (light-gray) Dimensions Housing as per DIN 43 880, see dimensions Weight PXC3.E7x... 349g / 392g Without / with PXC3.E7xA... 373g / 416g packaging PXC3.E16A... 347g / 390g Disposal The devices are considered electronics devices for disposal in terms of European Directive 2012/19/EU (WEEE) and may not be disposed of as domestic waste. Dispose of the devices via the proper channels. Follow all local and currently applicable laws and regulations. 9 / 12

Connection terminals and interfaces KNX PXC3.E7x... PXC3.E7xA... PXC3.E16A-100A 1, 2 2 x RJ45 interface for Ethernet (2-port Ethernet switch) X X X 4 KNX +, KNX PL-Link connection X X *) 4 24 V / 2A ~,, 2 A Output AC 24 V for externally supplied devices with KNX PL-Link (Short-circuit proof with PTC resistor) X X *) 8 24 V~ ~, Operating voltage AC 24 V X X X 8 24 V ~,, 6 A Output AC 24 V to supply other PXC3... room automation X X X stations (internally connected to 24 V on pcb no internal fusing) F T 10 A fuse for island bus conductor V~ X X *) USB USB interface X X X 12 DALI DALI bus connection *) X X Service Service pin Ethernet X X X DALI DALI test *) X X (Without labels) Island bus The island bus is created automatically when TX-I/O devices are snapped on the standard mounting rail X X *) *) Fitted, but no labeling and no function in this type 10 / 12

Basic circuit diagram (connections AC 24 V, fusing) 1 2 3 4 5 6 7 8 + ~ ~ ~ KNX 2) 24V/2A 24V~ 24V~ KNX PTC Island bus CS DALI + DALI 3) 9 10 11 12 T 10A V~ Island Bus 1) 9203z05_01 1), 2) Not with PXC3.E16A-100A 3) Only with PXC3.E...A... types 11 / 12

Dimensions All dimensions in mm 9203M01 12 / 12 2012 Siemens Switzerland Ltd Subject to change